Discover Innovation in Genomics at the Plant and Animal Genome Conference 2019: Featuring Keynotes, Exhibits and Workshops
Plant And Animal Genome Conference 2019: Unraveling the Secrets of Life
Have you ever wondered about how plants and animals are able to adapt to their environment? Are you interested in the latest technological advancements that make genome research possible? Then Plant And Animal Genome Conference 2019 is the event for you.
With over 3,000 attendees from more than 62 countries, PAG 2019 is the largest conference of its kind. It brings together researchers, scientists, and industry experts who are interested in unlocking the secrets of life through genome sequencing and analysis.
A Forum for Cutting-Edge Research
Did you know that DNA sequencing costs have decreased by a factor of 1 million over the past decade? This is due to advances in technology that allow for faster and cheaper sequencing of genomes. PAG 2019 showcases these new technologies, and the innovative ways in which they are being used.
The conference covers a wide range of topics, from plant and animal genomics, to crop breeding and biotechnology. It also features workshops and sessions on bioinformatics and data management, which are crucial components of genome research.
Insights from Renowned Speakers
Looking for inspiration from the brightest minds in the field? Look no further than PAG 2019. The conference boasts a lineup of more than 150 speakers, including industry leaders and academic experts.
You'll get the chance to hear from keynote speakers like Yale professor Andrew Hill, who studies the genomics of human adaptation to high-altitude environments. You'll also hear from Sun Yat-sen University professor Huanming Yang, who led China's contribution to the Human Genome Project.
Networking Opportunities Galore
Need to expand your research network? PAG 2019 is the perfect place to do it. With over 150 exhibitors and sponsors, you'll have the chance to connect with people from all corners of the genomics industry.
The conference also includes poster sessions, where researchers can present their work and discuss it with fellow attendees. This is a great opportunity to get feedback on your research, and to learn about what others are working on.
Highlights from the Conference
So what were some of the most exciting things to come out of PAG 2019? Here are just a few:
- Researchers presented the first near-complete genome sequence for the wild rice species Oryza nivara.
- Scientists from UC Davis unveiled new research on the genetic basis of drought resistance in wheat.
- A team of researchers from Australia's Commonwealth Scientific and Industrial Research Organisation (CSIRO) presented research on how to breed plants that are better able to survive extreme temperatures.
Your Gateway to Genome Research
Whether you're an academic researcher, an industry professional, or simply someone who is curious about the latest advances in science, Plant And Animal Genome Conference 2019 is the place to be.
Don't miss out on this once-in-a-lifetime opportunity to connect with experts, explore cutting-edge research, and learn about the latest technological breakthroughs in genome sequencing and analysis.
Plant and Animal Genome Conference 2019
The Plant and Animal Genome Conference 2019 was a remarkable event that took place from January 12-16, 2019 at the Town and Country Resort & Convention Centre in San Diego, California. The conference brought together scientists, engineers, researchers, educators, and students from various fields in science and technology to share knowledge, learn the latest advancements, and network. The 27th year of the conference focused on key breakthroughs in agriculture, genetics, plant and animal biology, food production, and sustainability.
Keynote Speeches
The conference kicked off with keynote speeches from experts in different fields in the science community. Dr. Trudy Mackay spoke about her research on complex traits and their effect on population studies. Dr. Swapan Datta shared his experiences and knowledge on the role of biotechnology in the development of crops that can withstand environmental challenges such as drought, temperature changes, and salinity. The session ended with a speech from Dr. Kathy Haynes on how genome editing could contribute to improving the nutrition of staple crops around the world.
Sessions and Posters
The bulk of the conference was dedicated to various sessions focusing on different areas, including data analysis, genomics, metagenomics, plant breeding, and technology advancements. In each session, multiple speakers presented their research or gave talks on important findings in the field, discussing methods, tools, and solutions. Attendees could also view posters from different researchers, detailing ongoing projects and advancements in the field.
Industry Workshops and Exhibitions
The conference also hosted several industry workshops and exhibits aimed at providing attendees with hands-on experience of new technologies and products. The exhibits featured advanced tools and equipment essential for different aspects of research in plant and animal biology, while the workshops provided in-depth training on topics such as database management, meta-analysis, causal inference, and machine learning. Major companies in the industry also provided presentations and demonstrations of their products.
Networking Opportunities
The conference provided ample opportunities for attendees to connect with each other and exchange ideas. The poster sessions, workshops, sessions, and exhibits were great opportunities for researchers, students, and educators to explore current research and projects, seek collaborators, and establish new contacts and networks.
Awards and Recognitions
The PAG 2019 conference was not just a platform for sharing knowledge but also a chance to recognize excellence and achievement in the field. Several awards were given to researchers who presented outstanding work, including the Young Investigator Award and the poster award. The conference also held special presentations honoring lifetime achievement in research and contributions to the field of computational biology.
Conclusion
In conclusion, the Plant and Animal Genome Conference 2019 was a highly informative and insightful event that brought together scientists and researchers from all around the world. It provided an excellent opportunity for attendees to learn and share knowledge while also gaining exposure to new advancements in the field. It also offered an avenue for networking, forming collaborations, and establishing connections that could lead to groundbreaking discoveries in plant and animal biology and its applications in agriculture and sustainability. We look forward to future editions of this conference, which continues to promote innovation and excellence in science and technology.
Comparison Blog Article: Plant and Animal Genome Conference 2019
Introduction
The Plant and Animal Genome Conference (PAG) is an annual event that brings together scientists, researchers, and industry representatives from around the world to discuss recent developments in genomics research. PAG 2019, held in San Diego, was a unique opportunity for attendees to learn and share their work with others in the field. This article will compare and contrast some of the highlights of PAG 2019, focusing on major themes and topics covered during the conference.
Attendees and Presentations
The conference attracted over 3,000 attendees from more than 60 countries, who participated in over 150 talks and workshops over the course of five days. Attendees presented their research on a wide range of topics, including genome sequencing, bioinformatics, and plant breeding.
Plant Genomics
One major theme of the conference was the use of genomics to advance plant breeding and agriculture. Researchers discussed the latest techniques and tools for improving crop yields, developing disease-resistant plants, and promoting sustainable farming practices. Several presentations focused on the use of CRISPR/Cas9 gene-editing technology to create desirable traits in plants, while others discussed the potential of mobile genetic elements to enhance crop diversity.
Comparing Techniques
| CRISPR/Cas9 | Mobile Genetic Elements |
|---|---|
| Allows for precise gene editing | Enhances crop diversity |
| Can create disease-resistant plants | May cause unpredicted changes in the genome |
| Relatively simple and inexpensive | Requires further research to understand how to control it |
In the field of plant genomics, CRISPR/Cas9 is often compared to other gene-editing techniques. One of these is transposon-mediated gene editing, which relies on mobile genetic elements to insert or delete specific genes. While this method may be less precise than CRISPR, it has the benefit of promoting genetic diversity and could have applications in crop breeding and evolutionary studies.
Animal Genomics
Another major theme of the conference was the application of genomics to animal breeding and husbandry. Researchers discussed the use of genomic selection methods to improve livestock performance, as well as methods for studying the genomes of wild and endangered species.
Comparing Applications
| Genomic Selection | Conservation Genomics |
|---|---|
| Improves livestock performance | Contributes to conservation efforts for endangered species |
| Allows breeders to identify desirable traits more easily | Requires careful consideration of ethics and regulatory issues |
| Has the potential to increase food security and sustainable agriculture | May face political and social challenges in implementation |
Genomic selection has become an important tool in animal breeding, allowing breeders to identify animals with desirable traits more quickly and accurately. At the same time, conservation genomics is a rapidly growing field that applies genomics to the preservation of endangered species and their habitats.
Emerging Technologies
Apart from the specific applications of genomics, PAG 2019 also highlighted emerging technologies that could transform research in the coming years. One notable example was the use of long-read sequencing technologies, which can generate more accurate and complete genome sequences than older techniques. Another emerging area is the use of machine learning algorithms to analyze large genomic datasets and identify patterns or significant variables.
Long-Read Sequencing
One of the advantages of long-read sequencing is its ability to detect structural variations in the genome, such as large insertions, deletions, or rearrangements. This information can be crucial for identifying disease-related genes or for detecting species-specific differences. Long-read sequencing can also improve the accuracy of genome assembly and annotation, leading to better understanding of gene regulation and function.
Comparing Sequencing Technologies
| Long-Read Sequencing | Short-Read Sequencing |
|---|---|
| Can detect structural variations in the genome | Produces shorter reads, which may not span entire genes or regions |
| Improves accuracy of genome assembly and annotation | May produce more errors due to repetitive sequences or bias |
| Can generate more complete genome sequences | Less expensive and faster compared to long-read sequencing |
Long-read sequencing is generally more accurate and reliable than its short-read counterpart, although it is also more expensive and time-consuming. Short-read sequencing can still be useful for some applications, such as transcriptomics or metagenomics, but may not provide the same level of detail as long-read sequencing.
Machine Learning
Machine learning algorithms offer an efficient way to extract information from large genomic datasets and identify biologically relevant features. By training models on labeled datasets, researchers can develop predictive tools for gene expression, variant calling, or trait prediction. Machine learning is increasingly used in genomics research, and several presentations at PAG 2019 demonstrated its potential in agriculture, human genetics, and evolutionary biology.
Comparing Analysis Methods
| Supervised Learning | Unsupervised Learning |
|---|---|
| Requires labeled datasets for model training | Discovers patterns or clusters without prior knowledge |
| Can be used for classification or regression tasks | May be prone to overfitting or bias due to noisy data |
| Provides interpretable models for feature selection or ranking | May require more complex algorithms or preprocessing steps |
Supervised learning and unsupervised learning are two broad categories of machine learning methods. Supervised learning requires labeled data for training, which means that the model learns to predict predefined outcomes based on input features. Unsupervised learning, on the other hand, discovers patterns or clusters in the data without any prior knowledge of the outcome. Both methods can be useful in genomics research, depending on the nature of the dataset and the research question.
Conclusion
PAG 2019 was a remarkable gathering of scientists and practitioners in the field of genomics, showcasing the latest developments and applications of genomic technologies. From the use of CRISPR/Cas9 editing to the emerging fields of long-read sequencing and machine learning, the conference demonstrated the breadth and depth of genomics research across plants and animals. By comparing and contrasting different themes, techniques, and applications, this article has provided a glimpse into the diversity and complexity of genomics research, and the many challenges and opportunities that lie ahead.
What You Need to Know about the Plant and Animal Genome Conference 2019
Introduction
The Plant and Animal Genome Conference, also known as PAG, is an assembly of different scientists who are interested in the advancements happening in plant and animal genomics. This conference is held annually and attended by researchers, students, educators, breeders, and many others.PAG offers a variety of opportunities for its attendees, including networking, learning sessions, presentations, workshops, and collaborations. At PAG, the latest research findings, technologies, and trends associated with plant and animal genomics are presented.In this article, you will learn what you need to know about the Plant and Animal Genome Conference 2019.The Venue and Dates
The Plant and Animal Genome Conference 2019 was held at the Town and Country Resort & Convention Center, San Diego, California, USA. The conference began from January 12, 2019, and continued until January 16, 2019.Registration
PAG registration opened in October 2018 and went on until December 14, 2018. The attendees needed to select registration options as per their requirement. Early bird registration was available until November 16, 2018, which offered discounts on the registration fees.Program Overview
The program at PAG 2019 was organized broadly into four main components: plenary sessions, workshops, technical presentations, and poster sessions. Each element was packed with new discoveries, analysis tools, and other related insights.The plenary sessions kicked off the conference with keynote speeches from prominent scientists belonging to public institutions and private sectors. It involved topics such as the impact of genomic outcomes, genomics-based breeding technologies, biotic stress tolerance, among others.The technical sessions and poster presentations provided a platform for researchers to showcase their latest research findings, various techniques, methodologies, and software tools related to plant and animal genomics.Workshops
PAG 2019 offered numerous workshops emphasizing various areas of plant and animal genomics. The workshops ranged from introductory sessions on the basics of genomics to specialized topics such as improving crop, animal and tree breeding through genomics. The workshops were led by industry experts from around the world, providing participants with an opportunity to learn new skills and strategies to apply in their work.Networking Opportunities
PAG 2019 was not just about learning. There were ample opportunities provided to network with other attendees, share experiences, and establish collaborations.Various social events were hosted throughout the conference, including the opening reception, vendor show, poster presentations, and the final day's closing reception.What’s New in PAG 2020?
The Plant and Animal Genome Conference 2020 will be held from January 11, 2020, to January 15, 2020, at the Town and Country San Diego, California, USA. The organizers have planned several new features, including a focus on new technologies, update on existing applications, and specialized sessions on crops.Conclusion
To sum up, the Plant and Animal Genome Conference offers immense opportunities for researchers, students, academicians, and breeders who are interested in the genomics of plants and animals. It provides them with a common platform to share knowledge, create networks, and collaborate in advancing the field of genomic sciences.By attending PAG conferences, you can not only gain insights on the latest trends, techniques and innovations but also establish new partnerships and enhance your career prospects.The Plant and Animal Genome Conference 2019 – Closing Message for Visitors
As we bid farewell to another successful Plant and Animal Genome Conference, we would like to take this opportunity to thank all our valued participants who made it a remarkable event. This year’s conference was an exceptional gathering, connecting over 3,000 individuals from around the world who actively work towards unlocking the secrets of plant and animal genomes.
The four-day event at San Diego Convention Center was packed with informative presentations, educational sessions, and engaging networking opportunities. With more than 1,500 international posters displayed, the conference showcased the latest discoveries in genomics research, providing new insights into various fields of plant and animal sciences.
Participants were treated to lectures from renowned scientists, industry experts, and thought leaders, who shared their findings and offered valuable guidance on challenges in the genomic field. Some of the key topics that were discussed include genome editing, crop improvement, synthetic biology, and biomarker discovery.
The conference also hosted several mini-symposia covering a wide range of themes related to plant and animal genetics. The mini-symposia themes included breeding, bioinformatics, evolution, transcriptomics, proteomics, metabolomics, and animal health - just to name a few. So, there was something for everyone interested in the field of genomics!
Besides the educational aspects, the conference offered a unique platform for networking and building lasting partnerships, where attendees from academia and industry could connect and share ideas and opportunities. There were dedicated trade show areas where participants could engage with over 120 exhibiting companies showcasing their latest tools, technologies, and services.
Undoubtedly the highlight of the conference was the keynote address from geneticist, Dr. Jennifer Doudna from UC Berkeley who discussed the possibilities and ethical implications of the CRISPR/Cas9 technology on the field of genetics. She also shared her latest research which showed how the CRISPR technology could be used in editing the genome of cells to eradicate certain diseases like cancer.
Another memorable moment from the conference was the two-hour panel discussion on The Future of Farmers and Agriculture, which brought together a diverse group of stakeholders, including scientists, farmers, entrepreneurs, and policymakers with the aim of developing viable solutions for food security challenges facing the global population.
The organizers would like to extend their appreciation to all the participants who contributed to the success of the conference’s poster sessions, mini-symposiums, trade shows, and educational sessions. We thank our sponsors, exhibitors, and speakers for their valuable contributions to this year’s event.
We have no doubt that the knowledge exchanged, connections made, and friendships forged during this conference will have a long-term impact on the field of plant and animal genomics.
In conclusion, we cannot wait to welcome you again next year for the Plant and Animal Genome Conference 2020 in San Diego. Until then, let us continue shedding light on the mysteries of plant and animal genomes through collaboration, dedication, and innovation.
Plant and Animal Genome Conference 2019: Frequently Asked Questions
What is the Plant and Animal Genome Conference?
The Plant and Animal Genome (PAG) Conference is an annual international meeting that brings together scientists, researchers, plant breeders, agricultural biotechnologists, educators, and other professionals involved in the study of plant and animal genomics. The conference provides a platform for sharing knowledge, exchanging ideas, and discussing the latest developments in the field of genomics.
When and where is PAG Conference 2019 being held?
PAG Conference 2019 will be held from January 12th to 16th at the Town and Country Resort & Convention Center in San Diego, California, USA.
Who can attend PAG Conference 2019?
Attendees of PAG Conference 2019 include professionals involved in plant and animal genomics research and development. This includes scientists, researchers, breeders, students, and industry representatives.
What are some topics that will be covered at PAG Conference 2019?
Topics covered at PAG Conference 2019 include:
- Genome assembly, annotation, and evolution
- Functional genomics and epigenomics
- Plant and animal breeding, including traits, germplasm, and resistance to biotic and abiotic stress
- Emerging technologies and informatics
- Comparative genomics and bioinformatics
What are some notable speakers at PAG Conference 2019?
PAG Conference 2019 will feature keynote presentations from renowned experts in the field of plant and animal genomics, including:
- Dr. Doreen Ware, Cold Spring Harbor Laboratory
- Dr. Jane Parker, Max Planck Institute for Plant Breeding Research
- Dr. Carlos Bustamante, Stanford University
- Dr. Kirstin Bett, Agriculture and Agri-Food Canada
How can I register for PAG Conference 2019?
To register for PAG Conference 2019, visit the conference website and follow the registration instructions. Early bird registration rates are available until November 30th, 2018.